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Fleet Operations Center

Your fleet. Our tower.
Zero humans between them.

AutoDock can integrate with any autonomous fleet that exposes an API: Waymo, Zoox, Tesla Robotaxi, Aurora and more. Any vehicle that can drive itself can dock itself.

Fleets we can integrate with
WaymoJaguar I-PACE
ZooxZoox VH6
TeslaCybercab
AuroraPACCAR
AutoDock Fleet Command
SF Metro Network08:41:46
VehicleSOCStatusBay
WM-4821
22%
ChargingT3-B07
ZX-0331
18%
DockingT3-B12
WM-1094
78%
ChargingT1-B03
TS-0088
15%
Queued--
ZX-0447
84%
DispatchingT3-B02
AU-2201
33%
ChargingT2-B09
WM-6633
55%
ChargingT1-B11

WM-1094

Waymo
Charging
VehicleJaguar I-PACE
Power52 kW
BayT1-B03
ETAActive
85%
Current: 78%Target: 85%
Session active · 52 kW · Solar offset applied

Ready to eliminate depot staff?

Integrate your fleet with AutoDock in under a week. REST API. MCP protocol. Direct vehicle-to-depot communication.

Request fleet integration

Full control over dispatch. Zero lock-in.

dispatch.ts
REST · MCP

The AutoDock Gen3 tower, exploded into its assemblies

AutoDock Gen3 charging tower
Tesla Cybercab robotaxi
Waymo robotaxi
Zoox robotaxi

Connect your fleet over MCP

Autonomous Fleets

Free your fleet from the limits of manual operations.

Autonomous vehicles need autonomous infrastructure. A robotaxi that can drive itself should not need a human to park it, plug it in, or decide when to charge.

Robotic arms and AutoDock towers servicing an autonomous vehicle depot with no crew present

Vehicle downtime

Improper or delayed charging, along with damaged equipment, leads to expensive fleet outages and missed revenue.

Depot crew in hi-vis vests manually plugging in a row of autonomous vehicles

Staffing needs

Manual charging creates safety risks, personnel management challenges, and inconsistent depot performance at scale.

A growing lineup of robotaxis from multiple autonomous fleet operators

Scaling obstacles

As fleet growth and charging demand increase, manual operations create bottlenecks that lead to underutilized assets.

Autonomy is the key to unlocking your fleet's true value.

Our platform is designed to help autonomous mobility partners deploy faster, operate more efficiently and scale reliably across markets.

Maximize uptime

Ensure vehicles are on the road for more rides with predictable and reliable charge schedules.

Reduce TCO and improve safety

Eliminate equipment damage, manual errors, and injury risk while maximizing depot productivity.

Drive scalability

Focus resources on higher-value tasks and expand your AV fleet without operational disruptions.

Fleet Operations

24/7 orchestration of autonomous fleet performance, readiness and utilisation across city-scale operations.

AI-Driven Command Systems

AI-driven systems provide real-time fleet monitoring, optimisation and operational oversight across autonomous fleet operations.

Deployment

City-scale deployment capability across complex operational and regulatory environments.

Charging Operations

1,440 kW across 20 vehicles. The AI sizes every session against state of charge and departure window, from 30 to 180 kW.

Maintenance & Readiness

Inspection, servicing, cleaning and operational readiness for continuous deployment.

Depot Infrastructure

Robotics-first depot environments engineered for high-throughput, operational precision and minimal downtime.

Autonomous Depot Workflow

Arrive. Dock. Charge. Dispatch.

The tower handles every step. No driver, no attendant, no manual plug.

Autonomous vehicle identified at AutoDock gate entry

Vehicle arrives

CV identifies make, model and alignment. Gate opens automatically.

Step 01
AutoDock tower receiving autonomous vehicles into stacked bays

Tower docks

Robotic mechanism positions bay at ground level. Vehicle rolls onto platform.

Step 02
Robotic arm connecting charger to vehicle

Charging begins

Automated coupler connects. The AI sizes the session: 30 to 180 kW from the 1,440 kW pool. Solar-optimised start.

Step 03
Autonomous vehicle dispatched from tower via elevated ramp

Vehicle dispatched

Tower retrieves bay in <90s. Vehicle exits charged and ready for its next mission.

Step 04

Physical AI Layer

Intelligence that controls physical machinery.

The Physical AI layer is not a dashboard. It perceives the real world through sensors, reasons about what it perceives, and acts on those decisions by driving motors, engaging couplers, and shaping energy flows.

Computer Vision

Cameras and LiDAR identify vehicle type, alignment and size. The correct charge profile loads before the coupler touches the port.

Edge Computing

Real-time AI decisions on-site at every tower. Cloud sync for fleet-wide learning and over-the-air model updates.

Robotics & Actuation

The tower is the robot. Multi-layer lift positions bays, the robotic arm connects the coupler autonomously. Retrieval in under 90 seconds.

Safety Systems

Multi-layer protection: structural load monitoring, thermal runaway detection, fire suppression, emergency stop circuits.

Contact

Ready to eliminate depot staff?

Integrate your fleet with AutoDock in under a week. REST API. MCP protocol. Direct vehicle-to-depot communication.

Request fleet integration
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